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{{r|Critical care}}

In [[pulmonary medicine]], [[critical care]] and [[anesthesiology]], the '''P:F ratio''' is the ratio of arterial oxyg

...tamination, temporary closure, resuscitation to normal physiology in the [[critical care|intensive care unit]], and subsequent re-exploration and definitive repair. ...en one lengthy procedure in many, then turning to [[critical care|surgical critical care]] to prepare for the next procedure. Damage control surgery first was widel

{{r|Critical care}}

{{r|Critical care}}

Usually in the context of [[critical care | critical care medicine]], '''disseminated intravascular coagulation (DIC)''' is a syndrom

...ents. They are increasingly common as real-time physiological sensors in [[critical care]], providing real-time levels of [[sodium]], [[potassium]], [[bicarbonate]]

...rolyte panel]] taken from blood. Continuous monitoring, typically in the [[critical care]] environment, can come from an indwelling [[ion selective electrode]].

}}</ref> It requires extremely intense [[critical care]] and a deep understanding of pathological mechanisms and drug interactions

Emergency and critical care medicine needs to use triage in non-disaster situations as events in which

...to irreversible shock. It encompasses both [[trauma surgery]] and [[trauma critical care]]. Victims of physical trauma may indeed suffer [[trauma (psychological)]] ...en one lengthy procedure in many, then turning to [[critical care|surgical critical care]] to prepare for the next procedure. Damage control surgery first was widel

{{r|Critical care}}

...re]], [[acidosis]], [[hyperkalemia]] and [[hypokalemia]]. Admission to a [[critical care|intensive care unit]], preferably one experienced in [[trauma medicine]], m

...zers are becoming available, and can give results at the bedside. In the [[critical care]] environment, continuous measurement can be provided by catheter-inserted

...the larger the number, the smaller the diameter -- is 18 or 20 gauge. In critical care or emergency situations, "large bore" access (16 or 14 gauge) is needed to

...procalcitonin for diagnosis of sepsis in the intensive care unit |journal=Critical care (London, England) |volume=7 |issue=1 |pages=85-90 |year=2003 |pmid=12617745 ...ients and '''should not be used''' as often as it is currently done in the critical care setting.

...interesting area is mobility and portability of information. Obviously, in critical care situations it is highly desirable to have access to information that may no

...add or adjust levels of training or certifications. For instance, the "EMT-Critical Care" in the state of [[New York (disambiguation)|New York]].

...- Mechanisms of secondary damage and treatment in the intensive care unit. Critical Care Clinics, 2003. 19(3): p. 529-+.</ref> ...- Mechanisms of secondary damage and treatment in the intensive care unit. Critical Care Clinics, 2003. 19(3): p. 529-+.</ref>

...be used in surgery that is performed under [[general anesthesia]] or in [[critical care]] medicine for patients with [[respiratory insufficiency]] from causes such